Research Article Summaries

UTS researchers explores rapid PDMS device fabrication with 3D printed fabrication​

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KTH and UCAM Researchers Achieve Reagent-Free pH Control With a 3D Printed Microfluidic Cell​

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RIT Researchers Use a 3D Printed Microfluidic Chip to Map How Trapped Droplets Carve Preferential Flow Paths​

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University of Florida and Kansas researchers 3D print a microfluidic chip to engineer gene-editing extracellular vesicles​

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IMT Bucharest researchers explore rapid, 3D printed mold fabrication for flexible PDMS pressure sensors​

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University of Maryland researchers develop a 3D printed spring actuator for targeted gut drug delivery​

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University of Cambridge researchers 3D print transparent inner-ear models to map cochlear implant insertion forces​

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Brigham Young University Researchers 3D Print Microfluidic Heaters With Near-Uniform Temperature Control​

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University of British Columbia researchers 3D print molds to build microfluidic interfaces for silicon photonic biosensors​

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University of British Columbia team streamlines organ-on-chip fabrication with 3D printed master molds​

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University of Virginia Researchers Build a Head-to-Head Guide for 3D Printing Microfluidic Devices​

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University of Rhode Island Researchers 3D Print a Microfluidic Chip for Continuous Microplastics Detection​

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University of Virginia Researchers 3D Print a Reconfigurable SlipChip for Targeted Tissue Delivery​

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UC Santa Barbara researchers 3D print molds to build microfluidic mixers without a cleanroom​

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UTS Researchers 3D Print Inertial Microfluidic Chips Directly From CAD, No Mold or Cleanroom Needed​

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University of Toronto researchers 3D print a microfluidic chip to catch rogue stem cells hiding in lab-grown heart tissue

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University of Toronto researchers build a microfluidic chip that sorts tumor cells by surface signature​

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UTS researchers build a lung-on-a-chip using 3D printed molds instead of a cleanroom

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University of Virginia researchers 3D print a tubeless impeller pump that recirculates fluid on organ-on-chip devices​

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McGill University Engineers 3D Print an ELISA Chip That Doses Itself​

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University of Cambridge Researchers Build a 3D-Printed Model to Track Cochlear Implant Scarring in Real Time

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ETH Zürich Researchers Use 3D Printed Molds to Build a Cell-Recirculating Hanging-Drop Chip​

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University of Virginia researchers 3D print a PDMS-free chip to track brain cancer cell migration​

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UCLA researchers 3D print a diffractive processor that captures light’s hidden phase in a single snapshot​

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IMT Bucharest researchers use 3D printed molds to build a flexible pressure sensor​

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Imperial College London researchers tackle bead sedimentation in 3D printed microfluidic chips​

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UTS researchers 3D print molds to fabricate a biomimetic sperm-selection device​

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Nanjing University researchers map the full 3D printing workflow for ceramic cores inside hollow turbine blades

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NC State and UNC researchers build a zero-power microneedle patch for painless interstitial fluid sampling using 3D printed molds

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KTH and UCAM researchers 3D print a hollow microneedle that measures temperature inside the skin​

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LSU researchers spin microscopic spheres inside a 3D printed resin chamber to lay groundwork for handling zebrafish eggs​

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Université Laval researchers build a field-portable cell-sizing sensor using a 3D printed mold for rapid PDMS microchannel fabrication​

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University of Zagreb researchers build a 3D printed lung-on-a-chip housing for flexible printed pH sensors​

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Illinois and Biohub Chicago researchers build a reusable, modular microfluidic platform that cuts device prep from days to about two hours​

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NC State and UNC researchers fabricate H-channel microfluidic chips from 3D printed molds to profile fibrin behavior

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WUT researchers build a vascularized ovarian-cancer-on-a-chip using 3D printed resin molds​

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Ohio State researchers build a tumour-on-a-chip device using a 3D printed resin mold​

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Koç University researchers automate microfluidic chip design and 3D print the working circuits​

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University of Maryland researchers 3D print hollow microneedle arrays directly onto fluidic capillaries​

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UTS researchers build a modular cell-harvesting system entirely from 3D printed microfluidic parts

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McGill University researchers build a 3D printed double-sided mold system to shape and merge brain organoids on a chip​

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LSU researchers print microfluidic counting chambers and test devices in under 40 minutes using 3D resin printers​

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University of Hawaiʻi researchers 3D print wearable “sweatainer” devices with true microscale internal channels​

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Sungkyunkwan University researchers build microfluidic blood-test discs from 3D printed molds at room temperature​

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